CN108642973A - The process units of disposable lunch-box - Google Patents
The process units of disposable lunch-box Download PDFInfo
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- CN108642973A CN108642973A CN201810620207.7A CN201810620207A CN108642973A CN 108642973 A CN108642973 A CN 108642973A CN 201810620207 A CN201810620207 A CN 201810620207A CN 108642973 A CN108642973 A CN 108642973A
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- Prior art keywords
- fixed block
- fixedly connected
- sleeve
- bearing
- guide
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- D—TEXTILES; PAPER
- D21—PAPER-MAKING; PRODUCTION OF CELLULOSE
- D21J—FIBREBOARD; MANUFACTURE OF ARTICLES FROM CELLULOSIC FIBROUS SUSPENSIONS OR FROM PAPIER-MACHE
- D21J3/00—Manufacture of articles by pressing wet fibre pulp, or papier-mâché, between moulds
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- Manufacturing & Machinery (AREA)
- Transmission Devices (AREA)
Abstract
The process units of disposable lunch-box disclosed by the invention includes the process units of disposable lunch-box, including：First engine base；Second engine base；Shipping platform；Guide rail, guide rail is set to the top of the first engine base, the second engine base and shipping platform, guide rail is equipped with the first upper mould part and the second upper mould part that can be moved in the horizontal direction, first upper mould part and the first lower mould part can be used cooperatively, second upper mould part and the second lower mould part can be used cooperatively, first upper mould part and the second upper mould part are communicated with vacuum tube, and electric heater unit is equipped with inside the second upper mould part and the second lower mould part.The cutlery box process units device can realize full-automatic continuous production, reduce human cost, and it is simple in structure, compact, energy consumption is low, the cutlery box of production is once-forming, and yields is high.
Description
Technical field
The present invention relates to the technical fields of disposable lunch-box manufacturing equipment, the more particularly to process units of disposable lunch-box.
Background technology
The process units of existing disposable lunch-box, master operation be slip casting suction strainer formed embryo material, cold pressing, dehydration, hot pressing,
Conveying etc., these operations are completed in respective equipment.Therefore, required equipment is more, and employment is more, it is artificial to be needed between each equipment
Workpieces processing is conveyed, labor intensity is big, low production efficiency.
Invention content
The purpose of the present invention is to provide the process units of disposable lunch-box, one in above-mentioned prior art problem is solved
Or it is multiple.
The present invention provides the process units of disposable lunch-box, including：
First engine base, the first engine base are equipped with first hydraulic cylinder, and first hydraulic cylinder includes the first hydraulic stem, the first hydraulic stem
It is fixedly connected with the first lower mould part, first hydraulic cylinder can drive the first engine base to move in the vertical direction；
Second engine base, the second engine base are equipped with second hydraulic cylinder, and second hydraulic cylinder includes the second hydraulic stem, the second hydraulic stem
It is fixedly connected with the second lower mould part, second hydraulic cylinder can drive the second engine base to move in the vertical direction；
Shipping platform；
Guide rail, guide rail are set to the top of the first engine base, the second engine base and shipping platform, and guide rail is equipped with can be in the horizontal direction
Mobile the first upper mould part and the second upper mould part, the first upper mould part and the first lower mould part can be used cooperatively, on second
Mold part and the second lower mould part can be used cooperatively, and the first upper mould part and the second upper mould part are communicated with vacuum tube, and second
It is equipped with electric heater unit inside upper mould part and the second lower mould part.
In some embodiments, the first engine base is equipped with the first guide rod, the second guide rod, third guide rod and the 4th
Guide rod, the first lower mould part are equipped with the first guide sleeve, the second guide sleeve, third guide sleeve and the 4th guide sleeve, and first is oriented to
Bar through the first guide sleeve and being slidably connected with the first guide sleeve, the second guide rod through the second guide sleeve and with the second guide sleeve
It is slidably connected, third guide rod is slidably connected through third guide sleeve and with third guide sleeve, and the 4th guide rod is led through the 4th
It is slidably connected to set and with the 4th guide sleeve；
Second engine base is equipped with the 5th guide rod, the 6th guide rod, the 7th guide rod and the 8th guide rod, the second lower mold portion
Part is equipped with the 5th guide sleeve, the 6th guide sleeve, the 7th guide sleeve and the 8th guide sleeve, and the 5th guide rod runs through the 5th guide sleeve simultaneously
It is slidably connected with the 5th guide sleeve, the 6th guide rod is slidably connected through the 6th guide sleeve and with the 6th guide sleeve, and the 7th is oriented to
Bar through the 7th guide sleeve and being slidably connected with the 7th guide sleeve, the 8th guide rod through the 8th guide sleeve and with the 8th guide sleeve
It is slidably connected.
In some embodiments, further include the first main shaft, first motor, the first fixed block, the first fixed block and first
Upper mould part is fixedly connected, and the first main shaft is rotatably connected with the first fixed block, and first motor is fixedly connected with the first fixed block,
First main shaft both ends are equipped with the first idler wheel and the second idler wheel, and the first idler wheel insertion guide rail simultaneously moves in guide rail, and the second idler wheel is embedding
Enter guide rail and moved in guide rail, the first main shaft is driven by first motor；
Further include the second main shaft, the second fixed block, the second fixed block is fixedly connected with the second upper mould part, the second main shaft with
Second fixed block is rotatably connected, and the second motor is fixedly connected with the second fixed block, the second main shaft both ends be equipped with third idler wheel and
4th idler wheel, third idler wheel insertion guide rail simultaneously move in guide rail, and the 4th idler wheel insertion guide rail simultaneously moves in guide rail.
In some embodiments, the first fixed block and the first upper mould part are solid by the first connector and the second connector
Fixed connection, the first main shaft are rotatably connected with the first fixed block by third connector and the 4th connector, third connector packet
First bearing and first bearing seat are included, first bearing is set to first bearing seat, and the first main shaft passes through first bearing and and first axle
Connection is held, first bearing seat is fixedly connected with the first fixed block, and the 4th connector includes second bearing and second bearing seat, and second
Bearing is set to second bearing seat, and the first main shaft passes through second bearing and connect with second bearing, and second bearing seat is fixed with first
Block is fixedly connected；
Second fixed block is fixedly connected with the second upper mould part by the 5th connector and the 6th connector, the second main shaft with
Second fixed block is rotatably connected by the 7th connector and the 8th connector, and the 7th connector includes 3rd bearing and third axis
Bearing, 3rd bearing are set to 3rd bearing seat, and the second main shaft is passed through and 3rd bearing and connect with 3rd bearing, 3rd bearing seat and
Second fixed block is fixedly connected, and the 8th connector includes fourth bearing and fourth bearing seat, and fourth bearing is set to fourth bearing seat,
Second main shaft passes through fourth bearing and is connect with fourth bearing, and fourth bearing seat is fixedly connected with the second fixed block.
In some embodiments, shipping platform includes：
Rack, including the first rack and the second rack；
First transport device, the first transport device are set in the first rack, and the first transport device can move in the vertical direction,
First transport device includes first conveyer belt, the first roller, the second roller and the second motor, and the first roller and the second roller are respectively arranged on first
The both ends of conveyer belt are simultaneously tensioned first conveyer belt, and the first roller is driven by the second motor；
Second transport device, the second transport device are set in the second rack, and the second transport device can move in the vertical direction,
Second transport device includes the second conveyer belt, third roller, four-roller and third motor, and third roller and four-roller are respectively arranged on second
The both ends of conveyer belt are simultaneously tensioned the second conveyer belt, and third roller is driven by third motor；
When first conveyer belt and the second conveyer belt are in same level, first conveyer belt close to the second conveyer belt one
End and the second conveyer belt are docked close to one end of first conveyer belt.
In some embodiments, shipping platform further includes the first lifting gear and the second lifting gear, the first lifting dress
It is arranged in the first rack, the first lifting gear can be vertically relative to the first machine frame movement, the first lifting gear and first
Transport device is fixedly connected, and the second lifting gear is set to the second rack, and the second lifting gear can be vertically relative to second
Machine frame movement.
In some embodiments, the first transport device includes the first rail brackets and the second rail brackets, the first guide rail
Holder and the second rail brackets are fixedly connected with the first lifting gear, and the first rail brackets and the second rail brackets are set to the first roller
Both ends are simultaneously rotatably connected with the first roller, and the first rail brackets and the second rail brackets are set to the second roller both ends and can with the second roller
Rotation connection；
Second transport device includes third rail brackets and the 4th rail brackets, third rail brackets and the 4th rail brackets
It is fixedly connected with the second lifting gear, third rail brackets and the 4th rail brackets are set to third roller both ends and can turn with third roller
Dynamic connection, third rail brackets and the 4th rail brackets are set to four-roller both ends and are rotatably connected with four-roller.
In some embodiments, the first lifting gear, the first lifting gear include the first fixed block, the first lead screw, the
Sleeve, the 4th motor, the first fixed block and the first rail brackets are fixedly connected, and the first fixed block and the second rail brackets are fixed
Connection, first sleeve are fixedly connected with the first fixed block, and the first lead screw passes through first sleeve and connected by screw thread with first sleeve
It connects, the first lead screw is driven by the 4th motor；
Second lifting gear, the second lifting gear include the second fixed block, the second lead screw, the second casing, the 5th motor, the
Two fixed blocks are fixedly connected with third rail brackets, and the second fixed block and the 4th rail brackets are fixedly connected, the second casing and
Two fixed blocks are fixedly connected, and the second lead screw is passed through and the second casing and is connected through a screw thread with the second casing, and the second lead screw passes through the
Five motors drive.
In some embodiments, the first lifting gear further includes the first locating rod, the second locating rod, the first positioning shaft sleeve
With the second positioning shaft sleeve, the first positioning shaft sleeve is set in the first rack, and the second positioning shaft sleeve is set in the first rack, the first positioning
Axle sleeve and the height of the second positioning shaft sleeve setting are the same, and the first locating rod passes through the first positioning shaft sleeve and fixed with the first fixed block
Connection, the second locating rod pass through the second positioning shaft sleeve and are fixedly connected with the first fixed block；
Second lifting gear further includes third locating rod, the 4th locating rod, third positioning shaft sleeve and the 4th positioning shaft sleeve, and
Three positioning shaft sleeves are sheathed in the second rack, and the 4th positioning shaft sleeve is set in the second rack, third positioning shaft sleeve and the 4th positioning
The height of axle sleeve setting is the same, and third locating rod passes through third positioning shaft sleeve and is fixedly connected with the second fixed block, the 4th positioning
Bar passes through the 4th positioning shaft sleeve and is fixedly connected with the second fixed block.
In some embodiments, the end of the first roller is equipped with first axle, and first axle is equipped with first gear, the second motor
Including the first output shaft, the first output shaft is connected equipped with second gear, first gear and second gear by the first belt, also
Including the first positioning bearing and the first positioning bearing seat, first axle is fixedly connected on by the first positioning bearing, first bearing seat
First rail brackets；
The end of third roller is equipped with the second axis, and the second axis is equipped with third gear, and third motor includes the second output shaft, the
Two output shafts are equipped with the 4th gear, and third gear and the 4th gear are connected by the second belt, further include the second positioning bearing
With the second positioning bearing seat, the second axis is fixedly connected on third rail brackets by the second positioning bearing, second bearing seat.
Advantageous effect：The process units of the disposable lunch-box of the embodiment of the present invention can realize full-automatic continuous production, reduce
Human cost, and it is simple in structure, compact, energy consumption is low, the cutlery box of production is once-forming, and yields is high.
Description of the drawings
Fig. 1 is the structural schematic diagram of the process units of disposable lunch-box in an embodiment of the present invention；
Fig. 2 is the vertical view of the process units of disposable lunch-box in an embodiment of the present invention；
Fig. 3 is the partial structural diagram of the process units of disposable lunch-box in an embodiment of the present invention；
Fig. 4 is the shipping platform structural schematic diagram of the process units of disposable lunch-box in an embodiment of the present invention；
Fig. 5 is the shipping platform structural schematic diagram of the process units of disposable lunch-box in an embodiment of the present invention；
Fig. 6 is the partial structurtes signal of the shipping platform of the process units of disposable lunch-box in an embodiment of the present invention
Figure；
Fig. 7 is the partial structurtes signal of the shipping platform of the process units of disposable lunch-box in an embodiment of the present invention
Figure.
Specific implementation mode
With reference to the accompanying drawings of the specification, the present invention is described in more detail.
As illustrated in fig. 1 and 2,
The process units of disposable lunch-box, including：
First engine base 10, the first engine base 10 are equipped with first hydraulic cylinder 13, and first hydraulic cylinder 13 includes the first hydraulic stem 14,
First hydraulic stem 14 is fixedly connected with the first lower mould part 11, and first hydraulic cylinder 13 can drive the first engine base 10 vertically to move
It is dynamic；
Second engine base 20, the second engine base 20 are equipped with second hydraulic cylinder 23, and second hydraulic cylinder 23 includes the second hydraulic stem 24,
Second hydraulic stem 24 is fixedly connected with the second lower mould part 21, and second hydraulic cylinder 23 can drive the second engine base 20 vertically to move
It is dynamic；
Shipping platform 50；
Guide rail 30, guide rail 30 are set to the top of the first engine base 10, the second engine base 20 and shipping platform 50, and guide rail 30 is equipped with
The first upper mould part 12 and the second upper mould part 22 that can be moved in the horizontal direction, the first upper mould part 12 and the first lower mould part
11 can be used cooperatively, and the second upper mould part 22 and the second lower mould part 21 can be used cooperatively, on the first upper mould part 12 and second
Mold part 22 is communicated with vacuum tube, and electric heater unit is equipped with inside the second upper mould part 22 and the second lower mould part 21.
Further, the first engine base 10 is equipped with the first guide rod 15, the second guide rod, third guide rod and the 4th and is oriented to
Bar, the first lower mould part 11 are equipped with the first guide sleeve 16, the second guide sleeve, third guide sleeve and the 4th guide sleeve, and first is oriented to
Bar 15 with the first guide sleeve 16 through the first guide sleeve 16 and being slidably connected, and the second guide rod is through the second guide sleeve and with second
Guide sleeve is slidably connected, and third guide rod is slidably connected through third guide sleeve and with third guide sleeve, and the 4th guide rod runs through
4th guide sleeve is simultaneously slidably connected with the 4th guide sleeve；
Second engine base 20 is equipped with the 5th guide rod, the 6th guide rod, the 7th guide rod and the 8th guide rod, the second lower die
Component 21 is equipped with the 5th guide sleeve, the 6th guide sleeve, the 7th guide sleeve and the 8th guide sleeve, and the 5th guide rod is oriented to through the 5th
It covering and is slidably connected with the 5th guide sleeve, the 6th guide rod is slidably connected through the 6th guide sleeve and with the 6th guide sleeve, and the 7th
Guide rod is slidably connected through the 7th guide sleeve and with the 7th guide sleeve, and the 8th guide rod is led through the 8th guide sleeve and with the 8th
It is slidably connected to set.
As shown in figure 3,
Further, further include the first main shaft 45, first motor 44, the first fixed block 43, the first fixed block 43 and first
Upper mould part 12 is fixedly connected, and the first main shaft 45 is rotatably connected with the first fixed block 43, first motor 44 and the first fixed block
43 are fixedly connected, 45 both ends of the first main shaft be equipped with the first idler wheel 48 and the second idler wheel 49, the first idler wheel 48 be embedded in guide rail 30 and
It is moved in guide rail 30, the second idler wheel 49 insertion guide rail 30 simultaneously moves in guide rail 30, and the first main shaft 45 is driven by first motor 44
It is dynamic；
Further include the second main shaft, the second fixed block, the second fixed block is fixedly connected with the second upper mould part 22, the second main shaft
It is rotatably connected with the second fixed block, the second motor is fixedly connected with the second fixed block, and the second main shaft both ends are equipped with third idler wheel
With the 4th idler wheel, third idler wheel insertion guide rail 30 simultaneously moves in guide rail 30, and the 4th idler wheel is embedded in guide rail 30 and in guide rail 30
It is mobile.
Further, the first fixed block 43 and the first upper mould part 12 are solid by the first connector 41 and the second connector 42
Fixed connection, the first main shaft 45 are rotatably connected with the first fixed block 43 by third connector 46 and the 4th connector 47, third
Connector 46 includes first bearing and first bearing seat, and first bearing is set to first bearing seat, and the first main shaft 45 passes through first axle
It holds and is connect with first bearing, first bearing seat is fixedly connected with the first fixed block 43, and the 4th connector 47 includes second bearing
And second bearing seat, second bearing are set to second bearing seat, the first main shaft 45 passes through second bearing and is connect with second bearing, the
Two bearing bracket is fixedly connected with the first fixed block 43；
Second fixed block is fixedly connected with the second upper mould part 22 by the 5th connector and the 6th connector, the second main shaft
It is rotatably connected by the 7th connector and the 8th connector with the second fixed block, the 7th connector includes 3rd bearing and third
Bearing block, 3rd bearing are set to 3rd bearing seat, and the second main shaft passes through 3rd bearing and connect with 3rd bearing, 3rd bearing seat
It is fixedly connected with the second fixed block, the 8th connector includes fourth bearing and fourth bearing seat, and fourth bearing is set to fourth bearing
Seat, the second main shaft pass through fourth bearing and are connect with fourth bearing, and fourth bearing seat is fixedly connected with the second fixed block.
As shown in figs. 4-7,
Further, shipping platform 50 includes：
Rack, including the first rack 51 and the second rack 52；
First transport device, the first transport device are set in the first rack 51, and the first transport device can be moved vertically
Dynamic, the first transport device includes first conveyer belt 511, the first roller 512, the second roller 513 and the second motor 515,512 He of the first roller
Second roller 513 is respectively arranged on the both ends of first conveyer belt 511 and is tensioned first conveyer belt 511, and the first roller 512 passes through the second motor
515 drivings；
Second transport device, the second transport device are set in the second rack 52, and the second transport device can be moved vertically
Dynamic, the second transport device includes the second conveyer belt 521, third roller 522, four-roller 523 and third motor 525,522 He of third roller
Four-roller 523 is respectively arranged on the both ends of the second conveyer belt 521 and is tensioned the second conveyer belt 521, and third roller 522 passes through third motor
525 drivings；
When 521 band of the conveying of first conveyer belt 511 and second is in same level, first conveyer belt 511 is close to second
One end of conveyer belt 521 and the second conveyer belt 521 are docked close to one end of first conveyer belt 511.
Further, shipping platform 50 further includes the first lifting gear and the second lifting gear, and the first lifting gear is set to
First rack 51, the first lifting gear can be moved vertically relative to the first rack 51, the first lifting gear and the first fortune
Defeated device is fixedly connected, and the second lifting gear is set to the second rack 52, and the second lifting gear can be vertically relative to second
Rack 52 moves.
Further, the first transport device includes the first rail brackets 514 and the second rail brackets, the first rail brackets
514 and second rail brackets be fixedly connected with the first lifting gear, the first rail brackets 514 and the second rail brackets are set to first
512 both ends of roller are simultaneously rotatably connected with the first roller 512, and the first rail brackets 514 and the second rail brackets are set to 513 liang of the second roller
It holds and is rotatably connected with the second roller 513；
Second transport device includes third rail brackets 524 and the 4th rail brackets, and third rail brackets 524 and the 4th are led
Rail holder is fixedly connected with the second lifting gear, and third rail brackets 524 and the 4th rail brackets are set to 522 both ends of third roller simultaneously
It is rotatably connected with third roller 522, third rail brackets 524 and the 4th rail brackets are set to 523 both ends of four-roller and with the 4
Roller 523 is rotatably connected.
Further, the first lifting gear, the first lifting gear include the first fixed block 531, the first lead screw 532, first
Casing 533, the 4th motor 534, the first fixed block 531 are fixedly connected with the first rail brackets 514, the first fixed block 531 and
Two rail brackets are fixedly connected, and first sleeve 533 is fixedly connected with the first fixed block 531, and the first lead screw 532 passes through first sleeve
It 533 and is connected through a screw thread with first sleeve 533, the first lead screw 532 passes through the 4th motor 534 and drives；
Second lifting gear, the second lifting gear include the second fixed block 541, the second lead screw 542, the second casing 543, the
Five motors 544, the second fixed block 541 are fixedly connected with third rail brackets 524, the second fixed block 541 and the 4th rail brackets
It is fixedly connected, the second casing 543 is fixedly connected with the second fixed block 541, and the second lead screw 542 passes through the second casing 543 and with the
Two casings 543 are connected through a screw thread, and the second lead screw 542 is driven by the 5th motor 544.
Further, the first lifting gear further includes the first locating rod 535, the second locating rod 536, the first positioning shaft sleeve
537 and second positioning shaft sleeve 538, the first positioning shaft sleeve 537 be set in the first rack 51, the second positioning shaft sleeve 538 is set to first
In rack 51, for the first positioning shaft sleeve 537 as the height that the second positioning shaft sleeve 538 is arranged, the first locating rod 535 passes through first
Positioning shaft sleeve 537 is simultaneously fixedly connected with the first fixed block 531, and the second locating rod 536 passes through the second positioning shaft sleeve 538 and with first
Fixed block 531 is fixedly connected；
Second lifting gear further includes that third locating rod 545, the 4th locating rod 546, third positioning shaft sleeve 547 and the 4th are fixed
Position axle sleeve 548, third positioning shaft sleeve 547 are sheathed in the second rack 52, and the 4th positioning shaft sleeve 548 is set in the second rack 52,
For third positioning shaft sleeve 547 as the height that the 4th positioning shaft sleeve 548 is arranged, third locating rod 545 passes through third positioning shaft sleeve
547 and be fixedly connected with the second fixed block 541, the 4th locating rod 546 pass through the 4th positioning shaft sleeve 548 and with the second fixed block
541 are fixedly connected.
Further, the end of the first roller 512 be equipped with first axle 551, first axle 551 be equipped with first gear 552, second
Motor 515 includes the first output shaft 555, and the first output shaft 555 is equipped with second gear 554, first gear 552 and second gear
554 connect 553 by the first belt, further include the first positioning bearing 556 and the first positioning bearing seat 557, first axle 512 passes through
First positioning bearing 556, first bearing seat 557 are fixedly connected on the first rail brackets 514；
The end of third roller 522 is equipped with the second axis, and the second axis is equipped with third gear, and third motor 525 includes second defeated
Shaft, the second output shaft are equipped with the 4th gear, and third gear and the 4th gear are connected by the second belt, further include second fixed
Position bearing and the second positioning bearing seat, the second axis are fixedly connected on third guide rail branch by the second positioning bearing, second bearing seat
Frame 524.
Operation principle：Slurry is injected in the first lower mould part 11, the first hydraulic stem 14 of driving first hydraulic cylinder 1 is upwards
It is mobile, drive the first lower mould part 11 to be cold-pressed, be molded with the first upper mould part 12.Drive the first liquid of first hydraulic cylinder 13
Compression bar 14 moves down, and the first upper mould part 12 leaves the first lower mould part 11, at this point, vacuum tube is inscribed in the first upper mould part 12
Road sucks up blank, is rotated forward by first motor 44, and the first idler wheel 48 and the second idler wheel 49 is driven to be moved in guide rail so that
First upper mould part 12 is moved to the lower section of the second lower mould part 21, and the second upper mould part 22 is moved to the upper of next process
Second hydraulic stem 24 of side, driving second hydraulic cylinder 23 moves up so that the second lower mould part 21 and the first upper mould part 12
Pressing, closes the first upper mould part 12 and vacuum line is inscribed, under the effect of gravity, blank drops down onto the second lower mould part 21 at this time
On, the second hydraulic stem 24 of driving second hydraulic cylinder 23 moves down, and first motor 44 inverts at this time so that the first upper mould part
12 and second upper mould part 22 reset.Then the second hydraulic stem 24 of driving second hydraulic cylinder 23 moves up so that under second
Mold part 21 and the second upper mould part 22 are hot-forming.After hot-forming, drive second hydraulic cylinder 23 the second hydraulic stem 24 to
Lower movement, the second upper mould part 22 leave the second lower mould part 21, at this point, vacuum line is inscribed by finished product in the second upper mould part 22
It sucks up.Later, first motor 44 rotates forward at this time, has the second upper mould part 22 of finished product to be moved to next process suction, i.e.,
Shipping platform 50.
4th motor 534 rotates forward, and the first transport device rises to the lower section of the second upper mould part 22, closes the second upper mold portion
Vacuum line is inscribed in part 22, and under the effect of gravity, finished product drops down onto in the first conveyer belt 511 of the first transport device, at this point, the 4th
Motor 534 inverts, and the first transport device declines so that and first conveyer belt 511 and the second conveyer belt 521 are in same level,
Open the second motor 515, driving the first roller 512 rotation so that Product transport in first conveyer belt 511 to the second conveyer belt
, can be as needed on 521, by driving the 5th motor 544, to adjust the height of the second transport device, while passing through driving the
Three motors 525 so that the product on the second conveyer belt 521 enters next process, is packed.
The process units of disposable lunch-box in embodiment provided by the invention can realize full-automatic continuous production, reduce
Human cost, and it is simple in structure, compact, energy consumption is low, the cutlery box of production is once-forming, and yields is high.
Presented above is only the preferred embodiment of the present invention, it is noted that those skilled in the art, not
Under the premise of being detached from the invention design, various modifications and improvements can be made, these also should be regarded as the protection of the present invention
Within the scope of.
Claims (10)
1. the process units of disposable lunch-box, which is characterized in that including：
First engine base (10), first engine base (10) are equipped with first hydraulic cylinder (13), and the first hydraulic cylinder (13) includes
First hydraulic stem (14), first hydraulic stem (14) are fixedly connected with first lower mould part (11), first hydraulic pressure
Cylinder (13) can drive the first engine base (10) to move in the vertical direction；
Second engine base (20), second engine base (20) are equipped with second hydraulic cylinder (23), and the second hydraulic cylinder (23) includes
Second hydraulic stem (24), second hydraulic stem (24) are fixedly connected with second lower mould part (21), second hydraulic pressure
Cylinder (23) can drive the second engine base (20) to move in the vertical direction；
Shipping platform (50)；
Guide rail (30), the guide rail (30) are set to the upper of first engine base (10), the second engine base (20) and shipping platform (50)
Side, the guide rail (30) are equipped with the first upper mould part (12) that can be moved in the horizontal direction and the second upper mould part (22), institute
Stating the first upper mould part (12) and first lower mould part (11) can be used cooperatively, second upper mould part (22) and described
Second lower mould part (21) can be used cooperatively, and first upper mould part (12) and the second upper mould part (22) are communicated with vacuum
It is equipped with electric heater unit inside pipe, second upper mould part (22) and the second lower mould part (21).
2. the process units of disposable lunch-box according to claim 1, which is characterized in that set on first engine base (10)
There are the first guide rod (15), the second guide rod, third guide rod and the 4th guide rod, first lower mould part (11) is equipped with the
One guide sleeve (16), the second guide sleeve, third guide sleeve and the 4th guide sleeve, first guide rod (15) run through described first
Guide sleeve (16) is simultaneously slidably connected with first guide sleeve (16), second guide rod through second guide sleeve and with
Second guide sleeve is slidably connected, and the third guide rod is slided through the third guide sleeve and with the third guide sleeve
Connection, the 4th guide rod are slidably connected through the 4th guide sleeve and with the 4th guide sleeve；
Second engine base (20) is equipped with the 5th guide rod, the 6th guide rod, the 7th guide rod and the 8th guide rod, and described the
Two lower mould parts (21) are equipped with the 5th guide sleeve, the 6th guide sleeve, the 7th guide sleeve and the 8th guide sleeve, the 5th guide rod
It is slidably connected through the 5th guide sleeve and with the 5th guide sleeve, the 6th guide rod runs through the 6th guide sleeve
And be slidably connected with the 6th guide sleeve, the 7th guide rod through the 7th guide sleeve and with the 7th guide sleeve
It is slidably connected, the 8th guide rod is slidably connected through the 8th guide sleeve and with the 8th guide sleeve.
3. the process units of disposable lunch-box according to claim 2, which is characterized in that further include the first main shaft (45),
First motor (44), the first fixed block (43), first fixed block (43) are fixedly connected with first upper mould part (12),
First main shaft (45) is rotatably connected with first fixed block (43), and the first motor (44) is fixed with described first
Block (43) is fixedly connected, and the first main shaft (45) both ends are equipped with the first idler wheel (48) and the second idler wheel (49), first rolling
The embedded guide rail (30) of wheel (48) is simultaneously moved in the guide rail (30), the embedded guide rail (30) of second idler wheel (49)
And moved in the guide rail (30), first main shaft (45) is driven by the first motor (44)；
Further include the second main shaft, the second fixed block, second fixed block is fixedly connected with second upper mould part (22), institute
It states the second main shaft to be rotatably connected with second fixed block, second motor is fixedly connected with second fixed block, institute
It states the second main shaft both ends and is equipped with third idler wheel and the 4th idler wheel, the third idler wheel is embedded in the guide rail (30) and in the guide rail
(30) it is moved in, the 4th idler wheel is embedded in the guide rail (30) and is moved in the guide rail (30).
4. the process units of disposable lunch-box according to claim 3, which is characterized in that first fixed block (43) with
First upper mould part (12) is fixedly connected by the first connector (41) with the second connector (42), first main shaft
(45) it is rotatably connected by third connector (46) and the 4th connector (47) with first fixed block (43), the third
Connector (46) includes first bearing and first bearing seat, and the first bearing is set to the first bearing seat, first master
Axis (45) passes through the first bearing and is connect with the first bearing, the first bearing seat and first fixed block (43)
It is fixedly connected, the 4th connector (47) includes second bearing and second bearing seat, and the second bearing is set to described second
Bearing block, first main shaft (45) pass through and the second bearing and connects with the second bearing, the second bearing seat and
First fixed block (43) is fixedly connected；
Second fixed block is fixedly connected with second upper mould part (22) by the 5th connector and the 6th connector, institute
It states the second main shaft to be rotatably connected by the 7th connector and the 8th connector with second fixed block, the 7th connector
Including 3rd bearing and 3rd bearing seat, the 3rd bearing is set to the 3rd bearing seat, and second main shaft passes through described
3rd bearing is simultaneously connect with the 3rd bearing, and the 3rd bearing seat is fixedly connected with second fixed block, and the described 8th
Connector includes fourth bearing and fourth bearing seat, and the fourth bearing is set to the fourth bearing seat, and second main shaft is worn
It crosses the fourth bearing and is connect with the fourth bearing, the fourth bearing seat is fixedly connected with second fixed block.
5. the process units of disposable lunch-box according to claim 1, which is characterized in that shipping platform (50) packet
It includes：
Rack, including the first rack (51) and the second rack (52)；
First transport device, first transport device are set on first rack (51), and first transport device can edge
Vertical direction moves, and first transport device includes first conveyer belt (511), the first roller (512), the second roller (513) and the
Two motors (515), first roller (512) and the second roller (513) are respectively arranged on the both ends of the first conveyer belt (511) and open
The tight first conveyer belt (511), first roller (512) are driven by second motor (515)；
Second transport device, second transport device are set on second rack (52), and second transport device can edge
Vertical direction moves, and second transport device includes the second conveyer belt (521), third roller (522), four-roller (523) and the
Three motors (525), the third roller (522) and four-roller (523) are respectively arranged on the both ends of second conveyer belt (521) and open
Tight second conveyer belt (521), the third roller (522) are driven by the third motor (525)；
When the first conveyer belt (511) and second conveyer belt (521) band are in same level, first conveying
Band (511) is close to one end of second conveyer belt (521) and second conveyer belt (521) close to the first conveyer belt
(511) one end docking.
6. the process units of disposable lunch-box according to claim 5, which is characterized in that the shipping platform (50) is also wrapped
Include the first lifting gear and the second lifting gear, first lifting gear is set to first rack (51), described first liter
Falling unit can be vertically mobile relative to first rack (51), and first lifting gear is filled with first transport
It sets and is fixedly connected, second lifting gear is set to second rack (52), and second lifting gear can be vertically
It is mobile relative to second rack (52).
7. the process units of disposable lunch-box according to claim 6, which is characterized in that first transport device includes
First rail brackets (514) and the second rail brackets, first rail brackets (514) and the second rail brackets and described first
Lifting gear is fixedly connected, and first rail brackets (514) and the second rail brackets are set to the first roller (512) both ends simultaneously
It is rotatably connected with first roller (512), first rail brackets (514) and the second rail brackets are set to second roller
(513) it both ends and is rotatably connected with second roller (513)；
Second transport device includes third rail brackets (524) and the 4th rail brackets, the third rail brackets (524)
It is fixedly connected with the 4th rail brackets with second lifting gear, the third rail brackets (524) and the 4th rail brackets
Be rotatably connected set on third roller (522) both ends and with the third roller (522), the third rail brackets (524) and
4th rail brackets are set to four-roller (523) both ends and are rotatably connected with the four-roller (523).
8. the process units of disposable lunch-box according to claim 7, which is characterized in that first lifting gear, institute
It states the first lifting gear and includes the first fixed block (531), the first lead screw (532), first sleeve (533), the 4th motor (534),
First fixed block (531) is fixedly connected with first rail brackets (514), first fixed block (531) and described
Second rail brackets are fixedly connected, and the first sleeve (533) is fixedly connected with first fixed block (531), and described first
Lead screw (532) passes through the first sleeve (533) and is connected through a screw thread with the first sleeve (533), first lead screw
(532) it is driven by the 4th motor (534)；
Second lifting gear, second lifting gear include the second fixed block (541), the second lead screw (542), second set
(543), the 5th motor (544) are managed, second fixed block (541) is fixedly connected with the third rail brackets (524), described
Second fixed block (541) is fixedly connected with the 4th rail brackets, second casing (543) and second fixed block
(541) it is fixedly connected, second lead screw (542) passes through second casing (543) and passes through with second casing (543)
It is threadedly coupled, second lead screw (542) is driven by the 5th motor (544).
9. the process units of disposable lunch-box according to claim 8, which is characterized in that first lifting gear also wraps
Include the first locating rod (535), the second locating rod (536), the first positioning shaft sleeve (537) and the second positioning shaft sleeve (538), described
One positioning shaft sleeve (537) is set on first rack (51), and second positioning shaft sleeve (538) is set to first rack
(51) on, for first positioning shaft sleeve (537) as the height that second positioning shaft sleeve (538) is arranged, described first is fixed
Position bar (535) passes through first positioning shaft sleeve (537) and is fixedly connected with first fixed block (531), and described second is fixed
Position bar (536) passes through second positioning shaft sleeve (538) and is fixedly connected with first fixed block (531)；
Second lifting gear further include third locating rod (545), the 4th locating rod (546), third positioning shaft sleeve (547) and
4th positioning shaft sleeve (548), the third positioning shaft sleeve (547) are sheathed on second rack (52), the 4th positioning
Axle sleeve (548) is set on second rack (52), the third positioning shaft sleeve (547) and the 4th positioning shaft sleeve (548)
The height of setting is the same, the third locating rod (545) pass through the third positioning shaft sleeve (547) and with second fixed block
(541) be fixedly connected, the 4th locating rod (546) pass through the 4th positioning shaft sleeve (548) and with second fixed block
(541) it is fixedly connected.
10. the process units of disposable lunch-box according to claim 9, which is characterized in that the end of first roller (512)
Portion is equipped with first axle (551), and the first axle (551) is equipped with first gear (552), and second motor (515) includes the
One output shaft (555), first output shaft (555) are equipped with second gear (554), the first gear (552) and described
Second gear (554) connects (553) by the first belt, further includes the first positioning bearing (556) and the first positioning bearing seat
(557), the first axle (512) positions bearing (556) by described first, and the first bearing seat (557) is fixedly connected on
First rail brackets (514)；
The end of the third roller (522) is equipped with the second axis, and second axis is equipped with third gear, the third motor
(525) include the second output shaft, for second output shaft equipped with the 4th gear, the third gear and the 4th gear are logical
The connection of the second belt is crossed, further includes the second positioning bearing and the second positioning bearing seat, second axis is positioned by described second
Bearing, the second bearing seat are fixedly connected on the third rail brackets (524).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810620207.7A CN108642973A (en) | 2018-06-15 | 2018-06-15 | The process units of disposable lunch-box |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810620207.7A CN108642973A (en) | 2018-06-15 | 2018-06-15 | The process units of disposable lunch-box |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108642973A true CN108642973A (en) | 2018-10-12 |
Family
ID=63752781
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810620207.7A Pending CN108642973A (en) | 2018-06-15 | 2018-06-15 | The process units of disposable lunch-box |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108642973A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110512472A (en) * | 2019-07-22 | 2019-11-29 | 徐州利华环保科技有限公司 | A kind of the paper pulp trimmer and its preparation process of the disposable chamber pot of environment-friendly type |
| WO2020142859A1 (en) * | 2019-01-09 | 2020-07-16 | 常州市诚鑫环保科技有限公司 | Automatic upward reciprocating pulp suction forming machine for molded pulp products, and fabrication method |
| CN112127213A (en) * | 2020-08-12 | 2020-12-25 | 广州华工环源绿色包装技术股份有限公司 | Multi-station pulp molding forming machine |
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| CN112127213A (en) * | 2020-08-12 | 2020-12-25 | 广州华工环源绿色包装技术股份有限公司 | Multi-station pulp molding forming machine |
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